Atrisa
Atrisa provides an AI engineering assistant that automates circuit design, simulation, and debugging for analog hardware teams. The platform maintains a continuous workflow from design intent to verified results, enabling one engineer to operate with the capacity of a full team. It is designed to integrate directly into existing design workflows, handling repetitive setup and verification tasks.
- AI Agents
- Artificial Intelligence
- Semiconductor
- Software Only
Funding
Raised to date
$500KRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Founder details are not available yet.
Product
Problem
Analog circuit design and verification are highly repetitive and manual, requiring engineers to constantly switch between tools, set up simulations, and debug failures. This serial workflow slows down every design decision and limits the throughput of individual engineers, creating bottlenecks in hardware development.
Solution
Atrisa provides an AI engineering assistant that works alongside analog hardware engineers to automate circuit design, simulation, and debugging tasks. The platform takes on repetitive setup and verification work, maintaining a continuous loop from design intent to verified results while the engineer focuses on judgment and higher-level decisions. Atrisa can design circuits, run simulations, investigate failures, and review results, effectively giving a single engineer the capacity of a full team. The system is designed to be brought directly into existing design workflows, enabling teams to scale their output without adding headcount.
Target Audience
Primary customers are analog hardware engineering teams at semiconductor companies and electronics firms that need to accelerate circuit design and verification without expanding headcount.
Features
- AI-driven circuit design automation that generates and iterates on analog circuit topologies
- Automated simulation setup and execution, eliminating manual tool configuration
- Intelligent failure investigation that identifies root causes and suggests corrective actions
- Continuous workflow management from design intent through to verified results
- Knowledge-sharing capabilities that turn hard-won engineering expertise into team-wide leverage
- Integration-ready design that fits into existing engineering workflows